An Analysis of the Application of Digital Platform-Assisted Interpretation in Scenarios of Foreign-Related Technical Communication

Abstract

With the continuous integration and development of the global industrial chain and technological innovation system, cross-border technical exchange and cooperation have become essential links in international technological cooperation, industrial upgrading and the sharing of technical resources. Professional and efficient language-translation services provide a basic guarantee for the smooth operation of technical communication, but the traditional model of interpreting can no longer meet the demands for high frequency, many scenarios and professional development in modern technical exchanges. Artificial intelligence algorithms, large-scale professional corpora and cloud real-time computing technology have been used to build a new model of intelligent auxiliary language service, and now it is widely used in various foreign-related technical exchange scenarios, such as technical lectures, scheme negotiations, equipment debugging and technical achievement docking. The general conditions of daily life and commerce in China are not the same as those abroad; foreign technical knowledge is full of complex engineering professional terminology, strict technical logic, standardised process specifications and industry-specific discourse systems, so high professional demands are placed on the accuracy, real-time performance and situational adaptability of digital interpreting platforms.